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ZSHC:Your Professional High Efficiency Switch Welder manufacturers!
 

ZSHC Mechanical & Electrical Equipment Co., Ltd. was established in 2009, covering 20,000 square meters, with more than 100 employees. It has developed into a comprehensive enterprise integrating R&D, production, sales and service.

Quality Control

Professional Technical R&D team.Perfect quality control system.Perfect Equipment Accessories Purchasing System

Rich Experience

We have obtained ISO 9001:2008 certificate and CE certificate. Established long-term cooperative relationships with a number of steel groups.

24H Online Service

Our company has sufficient spare parts inventory and experienced technical after-sales personnel in China, able to respond quickly, and provide 7 x 24 hours full response service.

Global Shipping

Our products are exported to India, Thailand, Indonesia, Albania, Uzbekistan, Syria, Vietnam, Greece, Nepal and Many other countries and Areas.

 

 

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What is High Efficiency Switch Welder?
 

High-efficiency switch welding machinery has high efficiency and energy saving, and the quality of steel pipe welding is high. This welding machine adopts the latest technology and reliable components, which ensures stable performance and accurate positioning.

 

The main feature of switching welding machine is that the welding process has high welding efficiency. Its welding speed is fast, and it can achieve high-value welding speed up to 120m/min. The welding quality is high and save energy.

 

The welding machine is easy to adjust and control. The operator can easily adjust the welding parameters. There is an automatic start/stop button on the panel, which is convenient to start and stop of the equipment.

 

Our switch welding machine has a high degree of automation and easy adjustment, which greatly reduces the labor intensity of welding workers and improves the overall production efficiency. The quality of steel pipe welding is also guaranteed. In addition, its environmental protection, energy saving and noise reduction performance is also remarkable.

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What are advantages of high efficiency switch welder

1. High efficiency

High efficiency switch welder is a highly efficient welder that delivers high-quality welds at a rapid rate. This welding equipment is equipped with state-of-the-art technology that ensures optimal performance and productivity.

2. Versatility

High efficiency switch welder is capable of welding a wide range of materials, including steel, aluminum, brass, and copper. This versatility makes it an ideal choice for businesses that need to work with different materials.

3. Easy to use

High efficiency switch welder is very user-friendly and easy to operate. Its intuitive interface and simple controls make it easy for both beginners and seasoned welders to use.

4.Energy-efficient

High efficiency switch welder is designed to be energy-efficient, which means that it consumes less power compared to other welding machines. This not only saves energy costs but also helps to reduce carbon emissions.

5.Less installation cost

For example 100kw solid state welder, the traditional welder installation cost is around USD800(purchasing cable, nozzles, cable bridge and brackets), moreover, welder room or elevated platform is necessary, all the cost will be about USD800-1600.

6.Small harmonic interference, no pollution to the power grid

Three-phase AC power supply coverts the alternating current to the direct current through the full-bridge rectifier circuit. The line is equipped with a number of well-matched filter networks, leading to a very few harmonic components during operation of the high-efficiency switch welder (all-in-one machine). The power factor may reach 0.96 or more.

 

 

 

 

 

 

 

 

 
Advantage comparison 
 
high efficiency switch  welder
solid state welder (Europe)
solid state welde (America)
Solid state welder (in Series)
solid state welder(in Parallel)
Rectifier transformer No No Yes No Yes
Rectifier components Diode Diode SCR SCR SCR
Inverter bridge output Direct output Transformer output Direct output Transformer output Direct Output
All in one design Yes No No No No
Installation cost Low High High High High
Energy  Low Low Relatively high High High
Ripple Low Low High High High
Power factor High High Low Low Low

 

 

 

 

 

 

 

How to maintain a high-efficiency switch welder?

 

 

On solid-state welders, the circuit design, lower voltages, and circuit-board-mounted technology help to increase reliability and mill uptime. When problems do arise, however, fault diagnostics may be needed.

Most solid-state welders today are delivered with a computer graphics diagnostic package. If a fault occurs, the diagnostics package directs operators to the most probable cause. A modem can also be installed to access the system remotely to aid in troubleshooting.

With any welder, the most common fault is a short circuit, caused by an insulation breakdown or component failure.

When a fault does register, the diagnostics should aid in directing operators to the first area to investigate, which is usually outside the welder proper and in the area of the coil or contacts:

1.Inspect induction coil for overall condition and insulation status; also check coil connections to bus bars.

2.Inspect contacts for excessive wear; check insulation between contacts.

3.Inspect bus bar insulation for contamination from the mill area; it should be clean and free of holes or tears.

4.Inspect the weld area, the weld rolls, the impede, and general alignment of the coil or contacts for any mechanical interference.

5.If no fault is found in the external area, inspect the power supply and inverter cabinet. Look for the obvious — a water leak, or condensation buildup, or any general overheating.

6.If no problem is found, review the fault array. Most solid-state welders have an internal diagnostic array that will show whether or not levels of the system are functional. This is usually LED-driven and mounted on the assemblies.

7.In the inverter section, first inspect the fault LED array for proper illumination: HF modules, HF power supplies, auxiliary supplies, and HF control circuitry.

8.If all the inverter LED are normal, inspect the power supply fault array: the SCR assembly, control board, firing board, and 24-volt power supply.

 

 

 

 

 

 

 

Components of Solid State High Frequency Welding Machine
 

The solid-state high-frequency welding machine consists of a rectifier cabinet, an inverter, an output cabinet, a closed-loop water cooling system, a central operating console, and a mechanical adjustment device.

1. Switch Rectifying Cabinet

The switch gear and the rectifier are integrated here into one switch rectifying cabinet, which enables both the switch gear function, and the rectifying control function of the solid state high frequency welder.Incoming MCCB (molded case circuit breaker), incoming current meter, incoming voltage meter (switchable type), and incoming voltage indicator.3-phase fully-controlled thyristor rectifier bridge enables power regulation.Smoothing reactor, smoothing capacitors and filter to increase the smoothing coefficient.

2. Inverter Output Cabinet

The inverter circuit consists of MOSFET single- phase inverter bridges connected in parallel, with the power of each bridge designed as 120kW/60kW. Thus the power is accumulated in the style of building blocks. Each inverter board is designed into the drawer structure with slides on both sides, which facilitates installation and repair.The powers is combined through several transformers (called matching transformers) and by direct resonance between the tank circuit resonant capacitors (low voltage) and the inductor, it is transferred to the welding unit-via the bus lead, and no welding transformer is needed here.Sealed cabinet with the air conditioner installed on the top of it.

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3. Central Operator Console

The central operator console allows remote operation and power regulation of the welder. It is equipped with HMI (human/machine interface), indicates DC voltage and DC current of the H. F. welder, and armature voltage and field voltage of the motors of the forming and sizing mill. Design of the central operator console is customized according to different types and quantities of the motors. The power-speed closed loop control /automatic power-speed control function is optional.

4. Mechanical Adjustment Device

2-D mechanical adjustment device: applicable for solid state induction welders only. The inverter output cabinet is installed on the adjustment device, so the position of the inductor can be manually adjusted.3-D mechanical adjustment device: applicable for both solid state induction welders and solid state contact type welders. The inverter output cabinet is installed on the adjustment device, so the position of the inductor can be adjusted manually or electrically.

5. Closed Loop water cooling system

The GPKL-II cooling system adopts a closed cooling tower, in which the blowers and water spraying hoses on the top will cool the soft water already pumped into the finned tubes. The spraying water (normally purified tap water) is accumulated at the bottom of the cooling tower. It is pumped into the spraying hoses and sprays onto the surface of finned tubes-Part of the spraying water will vaporize when it is falling, thus carries away some .heat and partially lower the temperature of the soft water circulating inside. The vapor goes up due to the blower and intensifies the cooling effect when it passes the finned tubes again, and finally goes out of the cooling tower. The other part will fall through the PVC heat exchange layer which is located under the two blowers and above the finned tubes, thus gets cooled by the cold air passing by and finally joins the spraying water at the bottom.

 

 

 

 

 

 

 

 
How to cooperate with us?
 
01/

After the signing of the contract, the buyer's technical specifications will be compiled, and the technical specifications will be perfected, supplemented and refined accordingly, so that the technical specifications will become the actual implementation technical documents, which will be executed after the buyer's approval, and the technical agreement will be used as an annex to the equipment order contract.

02/

Within the shortest time after the signing of the technical agreement, our company will submit to the buyer a list of standards for the design, manufacture, assembly, installation, commissioning, acceptance, testing, operation and maintenance of the contracted equipment for confirmation.

03/

 Provide the buyer with the drawings and information stipulated in the contract in time.

04/

For the complete set of equipment purchased by the buyer in connection with the contract, our company takes the initiative to meet the technical conditions and information of the equipment interface requirements.

05/

The quality problems arising in the process of equipment manufacturing shall be notified to the buyer without concealment.

06/

Manufacturing of products, experimental testing of materials and products shall be carried out in accordance with relevant standards, and routine project inspection shall be carried out conscientiously.

07/

factory acceptance. Debugging and testing the equipment before leaving the factory according to the contract and technical standards to ensure that the products are fully qualified.

08/

After the equipment arrives at the site, our company will send experienced engineers to the site to guide installation, commissioning, operation and so on, and on-site technical guidance and training for the buyer's operators to ensure the normal and safe use of equipment by the buyer.

 

 

 

 

 

 

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Our Factory:

The company has offices, technology department, purchasing department, sales department, foreign trade department, after-sales service center, production workshop, assembly workshop, commissioning workshop, inspection workshop, finished product workshop, etc. The organization structure is complete and closely linked, which ensures the company's sustainable and healthy development. The technical department specializes in the development of technology, provides technical guidance for after-sales, provides a strong impetus for the company's development in technology, ensures the maintenance of equipment and relieves customers' worries. Debugging and inspection workshop, inspection refined to the surface treatment of each screw and casing.

 

 

 

 

 

 

FAQ
 

Q: Why are IGBT used in welding?

A: The acronym IGBT stands for “Insulated Gate Bipolar Transistors”. These are high-speed switching devices used in all Weld-class Inverter welding machines which facilitate the voltage regulation.

Q: Are IGBT solid state HF welding any good?

A: These automated welding machines are very efficient and cost saving. They are useful in small and large companies where welding has to be done. So their design is the latest.

Q: How does IGBT solid state HF welding work?

A: The main circuit converts a 50 Hz mains supply through a rectifier into direct current, then into high frequency alternating current by inversion and then through a second rectifier into direct current for welding. The transformation of the DC in AC is a real-time inversion.

Q: What is the main advantage of IGBT?

A: The main advantage of IGBT over SCR is its self-com-mutating capability i.e. it has a capability of being turned-on or turned-off at will by use of some form of low power (either voltage or current controlled) signal into a third (gate or base) terminal.

Q: What are the basic features of IGBT?

A: An IGBT features a significantly lower forward voltage drop compared to a conventional MOSFET in higher blocking voltage rated devices, although MOSFETS exhibit much lower forward voltage at lower current densities due to the absence of a diode Vf in the IGBT's output BJT.

Q: Is IGBT solid state HF welding AC or DC?

A: An IGBT power module functions as an electronic switching device. By alternate switching direct current (DC) can be transformed to alternating current (AC) and vice versa. The power conversion taking place is important for the applications to function correctly.

Q: What are the different types of ERW high efficiency welding?

A: The electric resistance welding process can be further classified by the geometry of the weld and the method of applying pressure to the joint: spot welding, seam welding, flash welding, projection welding, for example.

Q: What is the difference between ERW and HFW welding?

A: During ERW welding, the current flowing through the entire conductor is 50/60 Hz. HFW welding process is different from the high frequency process, because high frequency electromagnetic welding is only part of the metal heated by the induction coil. Both alternating current and direct current produce high frequencies.

Q: What is the process of ERW pipe welding?

A: Electric resistance welded (ERW) pipe is manufactured by cold-forming a sheet of steel into a cylindrical shape. Current is then passed between the two edges of the steel to heat the steel to a point at which the edges are forced together to form a bond without the use of welding filler material.

Q: How can we improve welding efficiency?

A: Selecting the Right Filler Metal and Welding Parameters. Minimizing Weld Defects for Enhanced Productivity. Ergonomic Positioning for Optimal Efficiency. Optimizing Bevel Dimensions for Reduced Filler Metal Usage.

Q: How do you control high cooling rate in welding?

A: The cooling rate is determined by the temperature profile at weld completion, and thus cannot be directly controlled during the formation of the weld. Preheating a weld can build up heat in the weldment. The cooling rate can thus be indirectly controlled as an open-loop system by controlling the thermal profile.

Q: How do you prevent heat distortion in welding?

A: Do not over weld. Use intermittent welding. Use as few weld passes as possible. Place welds near the neutral axis. Balance welds around the neutral axis. Use back step welding. Anticipate the shrinkage forces. Plan the welding sequence.

Q: How do we control welding activities in restricted areas?

A: Remove dangerous working materials and gasses. Check whether electrical current sources could pose a danger. Always stay aware of gas emissions. Obtain the written approval for welding from the operating company and specify the safety measures therein.

Q: Which is most important in a welding environment?

A: In any welding environment, safety is critical. If safety practices are ignored, people working may face an array of hazards which can be potentially dangerous and lead to electric shocks, poisonous fumes and gases, fire and explosions, and even life-threatening accidents.

Q: What after-sales services are available?

A: 1. The warranty period is 12 months from the date of installation and commissioning of the equipment. 2. Free spare parts during the warranty period 3. Long-term spare parts support and technical services.

Q: ZSHC company’s main products are:

A: Solid-state high-frequency welding machine, high-efficiency switch welding machine, automatic palletizer, automatic strapping machine, automatic baling machine, etc.

Q: Our packaging

A: We use sturdy wooden boxes to pack the machines, which is much better than common export standard packaging. Sturdy packaging provides good protection for the machine and ensures that all users receive the goods intact. Hundreds of export business prove that our packaging materials and packaging methods are good and can achieve the purpose we need.

 

 

 

Welcome to buy or wholesale high quality high efficiency switch welder made in China here from professional high efficiency switch welder manufacturers and suppliers in China. For customized service, contact our factory.

IGBT Pipe Welding Machine, all in one welding machine, welding machine for brass wires

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